We build the spatial databases, process asset and network data, produce the mapping and geographic analysis, and hand it over in a form that supports planning, maintenance and investment decisions.
We build spatial data infrastructure: survey and imagery capture, asset registries, network models, terrain and hydrological analysis, and the dashboards that put all of it in front of decision-makers.
Every dataset is delivered with a schema, a quality statement and an update path — so it stays trustworthy after the consultants leave.
05 / 09 — GIS
Schema design, geodatabase architecture, standards and data governance.
Field capture, attribute modelling and condition data for utility and infrastructure assets.
Digital elevation modelling, catchment delineation, slope and flood-risk analysis.
Routing, service-area modelling, coverage assessment and siting studies.
Satellite and UAV imagery processing, change detection and land-use classification.
Web mapping, operational dashboards and integration with existing enterprise systems.
Start from the decision to be supported, which determines what data is worth collecting.
Acquire survey, imagery and record data, then reconcile it into one authoritative dataset.
Apply the spatial analysis the question requires, with documented assumptions.
Deliver live dashboards plus the schema, training and procedures to maintain them.
Siting, routing and prioritisation decisions supported by measurable spatial analysis.
Departments stop maintaining conflicting copies of the same asset information.
Flood, slope, coverage and exposure surfaced on a map rather than buried in a report.
Documented schemas and trained staff keep the system current after handover.
Route alignment, drainage design and flood-risk analysis for a highway corridor crossing variable terrain.
Geospatial asset registry replacing fragmented departmental records, with a live prioritisation dashboard.
HVAC, plumbing, firefighting and industrial systems designed for the load they will actually carry.
ExplorePower distribution, lighting, protection and low-current systems engineered for continuity.
ExploreStructures, infrastructure and site works designed against the ground conditions that actually exist.
ExploreSend a brief outline of the project, programme or capability gap. You will hear back from the discipline lead responsible — not a sales desk.
